What are Fascia & Tensegrity?

​FasciaFascia is a form of connective tissue. It binds the body together in different layers, and then organizes it into a whole, maintaining a consistent form for the structures within the body. It is a very tough and fibrous tissue which surrounds and interpenetrates every muscle, bone, nerve, blood vessel, as well as all of our internal organs including the heart, lungs, brain and spinal cord. The most interesting aspect of the fascial system is that it is not just a series of separate coverings, but rather one continuous structure that exists from head to toe without interruption. In this way you can begin to see that each part of the entire body is connected to every other part via the fascia.

This creates a web of support that facilitates (or inhibits) your body's ability to move, as well as the ability of your organs to function properly. The fibers of this web line up based on lines of force in the body, meaning that dysfunction and trauma can cause the fibers to become disorganized, which prevents optimal movement and function within any area of your body.

Healthy fascia is elastic and pliable, stretching and moving without restriction. When one experiences trauma however, the fascia loses its pliability. It becomes hardened, dehydrated, shortened and a source of tension to the rest of the body. Often times, unhealthy fascia adheres to itself and other structures (similar to the way plastic wrap works), binding the anatomical structures within you, and thus limiting each of their ability to function properly. This can be caused by a number of factors:​​

Trauma has a cumulative effect on the body. The changes trauma causes in the fascial system influence the comfort and function of our entire being. Fascial restrictions can exert excessive pressure causing all kinds of imbalances and pain, affecting our overall flexibility and stability. They are also a determining factor in our ability to withstand all forms of stress as well as perform daily activities with ease. When your fascia shortens, it will adopt less-than-optimal patterns that pull your body out of alignment, thereby causing “dis-ease”, malaise, chronic pain, tension, rigidity, and a host of other symptoms.

"The word 'tensegrity' is an invention: a contraction of 'tensional integrity.' Tensegrity describes a structural-relationship principle in which structural shape is guaranteed by the finitely closed, comprehensively continuous, tensional behaviors" (or, the fascia) "of the system and not by the discontinuous and exclusively local compressional member behaviors" (or, the bones). "Tensegrity provides the ability to yield increasingly without ultimately breaking or coming asunder" (or, the ability to yield and compensate). - Richard Buckminster Fuller (excerpt from Synergetics, p. 372.)

TensegrityThe connective tissue (fascia) framework provides a kind of tensional force that is crucial to the upright structure of the skeleton. We are not made up of stacks of building blocks resting securely upon one another, but rather of poles and guy wires, whose stability relies not upon flat-stacked surfaces but upon the proper angle of the poles and the balanced tension in the wires.

"This so called “tensegrity” is a term used for a construction, that, as weight bears down, the solid beams tend to spread; they are prevented from doing this by the tension in the wires. It is the tensional force of the wires, not the compressional strength of the beams, which keeps the structure rigid. The tensegrity concept was discovered first by the artist Kenneth Snelson, and popularized by Buckminster Fuller". -Thomas Myers.

The principle of “tensegrity” describes precisely the relationship between the connective tissues, the muscles, and the skeleton. There is not a single horizontal surface anywhere in the skeleton that provides a stable base for anything to be stacked upon it. Like the beams in a simple tensegrity structure, our bones act more as spacers than as compressional members. More weight is actually borne by the connective system of cables than by the bony beams. The support system of the spine, and indeed the remainder of the body as well, is a function of continuous tension and discontinuous compression. The skeleton, rather than being a frame of support to which the muscles and ligaments and tendons attach, has to be considered as compression components suspended within a continuous tension network.

​"Since the spine is a mechanical structure, investigators have used mechanical models to attempt to study spinal kinematics and kinetics. Until now, all models, mathematical or actual, have been based on the axial-loaded compression support system. The problem of such a construct is that they are unidirectional, so that, like a ‘stack of blocks,’ or the Great Pyramid, they would be pulled apart by the very forces that were conscripted to hold them together if tilted out of plumb. The mechanical laws of leverage that operate in the compressional system would create forces that far outstrip any strength of biologic materials. We could not use such a system to walk on our two legs, crawl on all fours, walk on our hands or stand on our head, with the addition of tensional forces to hold us together. Such as system is only as strong as its weakest link". -Levin